Determination of Adsorption Isotherm of Column of Simulated Moving Bed
详细信息 查看官网全文
- 英文论文题名：Determination of Adsorption Isotherm of Column of Simulated Moving Bed
- 论文作者：Deng Jiabi ; LiLing ; Yuan Decheng
- 英文论文作者：Deng Jiabi ; LiLing ; Yuan Decheng ; College of Information Engineering ; Shenyang University of chemical technology
- 年：2017
- 作者机构：College of Information Engineering,Shenyang University of chemical technology;
- 英文论文关键词：Simulated Moving Bed ; chromatographic column ; adsorption isotherm ; MATLAB ; GA
- 会议召开时间：2017-07-26
- 会议录名称：第36届中国控制会议论文集（B）
- 英文会议录名称：Proceedings of the 36th Chinese Control Conference（B）
- 语种：英文
- 分类号：O647.3;TP18
- 学会代码：KZLL
- 会议名称：第36届中国控制会议
- 会议地点：中国辽宁大连
- 主办单位：中国自动化学会控制理论专业委员会
- 学会名称：中国自动化学会控制理论专业委员会
- 页数：5
- 文件大小：428k
- 原文格式：D
- 会议级别：全国
摘要
Through the study of the Simulated Moving Bed chromatography separation technology,the determination of the adsorption isotherm is related to the modeling of the simulated moving bed and the choice of the operating parameters of the simulated moving bed.In this paper,Firstly,the common 4 kinds of adsorption isotherms are listed,and the relationship between the components in the solid phase and the liquid phase is obtained by using MATLAB,And then by the same set of data we use genetic algorithm to determine the SMB chromatography column of different types of the parameters of the adsorption isotherm.Finally,we draw a conclusion.
Through the study of the Simulated Moving Bed chromatography separation technology,the determination of the adsorption isotherm is related to the modeling of the simulated moving bed and the choice of the operating parameters of the simulated moving bed.In this paper,Firstly,the common 4 kinds of adsorption isotherms are listed,and the relationship between the components in the solid phase and the liquid phase is obtained by using MATLAB,And then by the same set of data we use genetic algorithm to determine the SMB chromatography column of different types of the parameters of the adsorption isotherm.Finally,we draw a conclusion.
Through the study of the Simulated Moving Bed chromatography separation technology,the determination of the adsorption isotherm is related to the modeling of the simulated moving bed and the choice of the operating parameters of the simulated moving bed.In this paper,Firstly,the common 4 kinds of adsorption isotherms are listed,and the relationship between the components in the solid phase and the liquid phase is obtained by using MATLAB,And then by the same set of data we use genetic algorithm to determine the SMB chromatography column of different types of the parameters of the adsorption isotherm.Finally,we draw a conclusion.
引文
[1]Lin Bingchang.The separation technology of simulated moving bed chromatography.Beijing:Chemical Industry Press,2008:1.
[2]Huang Xiaoyuan,Li Yibo.Radial basis function neural network chromatographic peak analysis based on improved sorting genetic algorithm.Analytical chemistry,29(3):253-257,2001
[3]Wu Jinglan,Liu Jianqi,Peng Peng.Reverse method of accelerating genetic algorithm based on pattern search to determine competitive adsorption isotherm.Chemical engineering and equipment,2008(6):15-18,2008.
[4]Sun Peidong,Cai Yujie,Wu Jinglan,et al.Determination of adsorption properties of stationary phase in chromatography.Journal of Wuxi University of light industry:Food and biotechnology,21(5):525-528,2002.
[5]Xie Lanying,Luo Lingai,Li Zhong.Determination and fitting of adsorption isotherms on MAC.Journal of chemical engineering,57(6):1358,2006Guo Jinghua.
[6]10-35 C undersleeve quercetin determination of enantiomeric adsorption equilibrium in the Chiralpak AD column.Wenzhou University,2015
[7]Huang Zhaohao,Li Dan,Cong Jingxiang,et al.Determination of adsorption isotherms of RP-HPLC system in the frontal analysis and perturbation method,Chinese sciencepaper online,1-5,2013.
[8]Zhou Dan,Zhang Chuncai.Study on the determination of the adsorption isotherms of natural drugs from multiple components.Journal of ShenYang Ligong University,29(1):83-86,2010
[9]Dai satellite.Modeling of chromatographic separation process and its application in drug separation process.Zhejiang University,2006
[10]Ni Jianyi,Chen Xueguo,Zou Hanfa,et al.Genetic algorithm for the optimization of separation conditions of liquid chromatography,chromatography,20(2):97-101,2002.
[11]Chen,Li Tonghua,Lu Peizhang.Application of genetic algorithm in spectrum analysis of chromatography.Chemical analysis,31(2),2003
[12]et al.Zhang Fengbao,Li Shuang,et al.An inverse method to determine the competitive adsorption isotherms of tryptophan enantiomers.Journal of chemical engineering,57(5):1177-1181,2006.
[13]Huang Xiaoyuan,Li Yibo.Analysis of chromatographic overlapping peaks based on genetic algorithm and neural network.Journal of Beijing University of Chemical Technology:Natural Science Edition,28(3):53-56,2001.
[14]Yan Libo.The flow of liquid medicine genetic algorithm partial least squares and artificial neural networks based on phase chromatography recommendation system.China Medicine University,2002
[15]Liu Yong,Liu Baokun,Li Guangquan.Genetic algorithm toolkit based on MATLAB platform.Journal of Tianjin University,04:490-494,2001.
[16]He Fei,Jiang Dongchu,Xiang Jiwen.Genetic algorithm to solve the function optimization problem of Matlab.Journal of Jishou University(NATURAL SCIENCE EDITION),02:98-100+106,2005.
[2]Huang Xiaoyuan,Li Yibo.Radial basis function neural network chromatographic peak analysis based on improved sorting genetic algorithm.Analytical chemistry,29(3):253-257,2001
[3]Wu Jinglan,Liu Jianqi,Peng Peng.Reverse method of accelerating genetic algorithm based on pattern search to determine competitive adsorption isotherm.Chemical engineering and equipment,2008(6):15-18,2008.
[4]Sun Peidong,Cai Yujie,Wu Jinglan,et al.Determination of adsorption properties of stationary phase in chromatography.Journal of Wuxi University of light industry:Food and biotechnology,21(5):525-528,2002.
[5]Xie Lanying,Luo Lingai,Li Zhong.Determination and fitting of adsorption isotherms on MAC.Journal of chemical engineering,57(6):1358,2006Guo Jinghua.
[6]10-35 C undersleeve quercetin determination of enantiomeric adsorption equilibrium in the Chiralpak AD column.Wenzhou University,2015
[7]Huang Zhaohao,Li Dan,Cong Jingxiang,et al.Determination of adsorption isotherms of RP-HPLC system in the frontal analysis and perturbation method,Chinese sciencepaper online,1-5,2013.
[8]Zhou Dan,Zhang Chuncai.Study on the determination of the adsorption isotherms of natural drugs from multiple components.Journal of ShenYang Ligong University,29(1):83-86,2010
[9]Dai satellite.Modeling of chromatographic separation process and its application in drug separation process.Zhejiang University,2006
[10]Ni Jianyi,Chen Xueguo,Zou Hanfa,et al.Genetic algorithm for the optimization of separation conditions of liquid chromatography,chromatography,20(2):97-101,2002.
[11]Chen,Li Tonghua,Lu Peizhang.Application of genetic algorithm in spectrum analysis of chromatography.Chemical analysis,31(2),2003
[12]et al.Zhang Fengbao,Li Shuang,et al.An inverse method to determine the competitive adsorption isotherms of tryptophan enantiomers.Journal of chemical engineering,57(5):1177-1181,2006.
[13]Huang Xiaoyuan,Li Yibo.Analysis of chromatographic overlapping peaks based on genetic algorithm and neural network.Journal of Beijing University of Chemical Technology:Natural Science Edition,28(3):53-56,2001.
[14]Yan Libo.The flow of liquid medicine genetic algorithm partial least squares and artificial neural networks based on phase chromatography recommendation system.China Medicine University,2002
[15]Liu Yong,Liu Baokun,Li Guangquan.Genetic algorithm toolkit based on MATLAB platform.Journal of Tianjin University,04:490-494,2001.
[16]He Fei,Jiang Dongchu,Xiang Jiwen.Genetic algorithm to solve the function optimization problem of Matlab.Journal of Jishou University(NATURAL SCIENCE EDITION),02:98-100+106,2005.